Protocol Category
Muscle Growth
Anabolic stacks using IGF-1 analogs, GH secretagogues, and myostatin inhibitors for muscle hypertrophy.
Intermediate
Basketball & Explosive Sports Performance Protocol
A protocol for basketball players and explosive-power athletes targeting vertical leap, fast-twitch muscle development, ankle and knee joint resilience, and rapid recovery from high-frequency training and game schedules.
Sarcopenia & Age-Related Muscle Loss Prevention Protocol
A protocol for adults 60+ or those experiencing accelerated muscle loss, targeting the multiple drivers of sarcopenia: declining IGF-1/GH axis, myostatin excess, mitochondrial dysfunction, and inadequate satellite cell response to exercise.
Wrestling & Grappling Sports Performance
A performance and recovery protocol for competitive wrestlers, BJJ practitioners, and grappling athletes, addressing explosive strength, connective tissue resilience, rapid weight-cut recovery, and injury prevention for high-contact sports.
Advanced
American Football Performance & Recovery Protocol
A protocol for American football players addressing the unique demands of explosive power, mass development, contact injury recovery, and neuroprotection from repeated sub-concussive head impacts across a long season.
Anabolic & Muscle Growth Stack
An advanced anabolic peptide stack targeting all phases of muscle growth: IGF-1 LR3 for systemic anabolic signaling, MGF for satellite cell activation, Follistatin 344 for myostatin suppression, and BPC-157 for tendon and connective tissue protection to support heavy training.
Anabolic IGF & Muscle Growth Stack
An advanced muscle building protocol targeting IGF-1 receptor signaling, mechanical growth factor pathways, myostatin inhibition, and systemic tissue repair simultaneously. Designed for experienced users seeking maximum lean mass gains.
Anabolic Muscle Building Stack
Advanced anabolic peptide stack targeting multiple growth pathways simultaneously — satellite cell activation, local IGF-1 splice variants, GH pulsatility, and accelerated repair — to maximize lean muscle hypertrophy.
Follistatin Muscle & Strength Maximizer
Elite anabolic stack leveraging myostatin inhibition, localized muscle growth factors, and GH secretagogues for maximum lean mass accretion. For advanced users only.
Olympic Weightlifting & Strength Performance Protocol
Maximal strength and power protocol for Olympic weightlifters and powerlifters targeting force production, connective tissue resilience under extreme loads, and rapid recovery between competition cycles.
Powerlifting & Strength Sport Performance Protocol
A protocol for powerlifters and strength athletes focused on maximizing muscle fiber hypertrophy, connective tissue resilience, joint integrity, and recovery capacity under extreme mechanical loading.
Powerlifting & Strength Sports Protocol
A protocol for powerlifters, weightlifters, and strength athletes targeting maximal muscle hypertrophy, myostatin pathway inhibition, connective tissue reinforcement for tendons and ligaments under extreme load, and rapid recovery between heavy sessions.
Rugby & Contact Sports Performance Protocol
High-impact peptide protocol for rugby and contact sport athletes emphasizing muscle mass, collision resilience, concussion neuroprotection, and rapid recovery from physical trauma.
Strength & Power Athletic Performance Stack
An elite strength and power optimization protocol targeting multiple anabolic and anti-catabolic pathways to enhance maximal force production, explosive power, training capacity, and rapid recovery.
Track & Field Sprint Performance Protocol
Explosive power and sprint optimization protocol for track sprinters targeting fast-twitch fiber development, neural drive, hamstring/hip flexor protection, and peak-phase recovery.
Track & Field Sprint Performance Protocol
A high-performance peptide protocol for sprinters, jumpers, and track athletes requiring explosive power, rapid muscle fiber recruitment, and accelerated recovery from high-intensity training. Designed to optimize fast-twitch muscle development, tendon resilience, and sprint biomechanics.